5.3.3	Hyperbolic functions and their inverses

Hyperbolic Functions, David Bender, 6:3, 1975, 42-45, C
Using Inverse Functions in Integration, Robert C. Crawford, 8:2, 1977, 107-109,
C, 5.3.2
Euclid's 'Elements' -excerpts from a 1660 edition, 12:2, 1981, 117, 0.3, 5.3.2
Evaluating the integrals of sec x dx and (sec x) ^3 dx, Bruce Sommer and Norman
Schaumberger, 14:3, 1983, 256-257, C, 5.2.5
Inverse Hyperbolic Functions as Areas, B.M.Saler, 16:2, 1985, 129-131, C
Some Interesting Consequences of a Hyperbolic Inequality, Frank Burk, 17:1,
1986, 75-76, C
Elementary Transcendental Functions, Harley Flanders and J. Sutherland Frame,
18:5, 1987, 417-421, 6.3
The Relationship Between Hyperbolic and Exponential Functions, Roger B. Nelsen,
19:1, 1988, 54-56, C, 5.3.2
FFF #17. cosh x = sinh x and 1 = 0, Ed Barbeau, 21:2, 1990, 128, F, 5.2.5
The Relationship Between Hyperbolic and Exponential FunctionsRevisited, Roger
B. Nelsen, 23:3, 1992, 207-208, C, 5.3.2
Hyperbolic Functions and Proper Time in Relativity, Howard Shaw, 26:4, 1995, 312-315, C
An Exercise (Hyperbolic Identity), The Editor, 30:1, 1999, 43, C
Reexamining the Catenary, Paul Cella, 30:5, 1999, 391-393, C